constructor(_x, _y, _r, _colr, _colg, _colb, _strW) {

    this.x = _x;

    this.y = _y;

    this.r = _r;

    this.colr = _colr;

    this.colg = _colg;

    this.colb = _colb;

    this.strW = _strW

  }

​

  show() {

    stroke(Col, this.colg, this.colb);

    strokeWeight(this.strW);

    angle1 = map(millis(), 0, 1000, 0, 180);

    angle2 = map(millis(), 0, Shap, 180, 0);

​

    push();

    translate(this.x, this.y);

    beginShape();

    vertex(constrain(Siz * cos(angle1), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle1), -Siz, Siz));

    vertex(constrain(Siz * cos(angle2), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle2), -Siz, Siz));

    endShape();

​

    rotate(180);

    beginShape();

    vertex(constrain(Siz * cos(angle1), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle1), -Siz, Siz));

    vertex(constrain(Siz * cos(angle2), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle2), -Siz, Siz));

    endShape();

    pop();

  }

​

  move() {

    this.x += random(-5, 5);

    this.y += random(-5, 5);

  }

​

  intersect(other) {

    let d = dist(this.x, this.y, other.x, other.y);

    return (d < (this.r + other.r) / 2);

  }

​

  fillColor() {

    fill(Col, this.colg, this.colb);

    push();

    translate(this.x, this.y);

    beginShape(TRIANGLES);

    vertex(constrain(Siz * cos(angle1), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle1), -Siz, Siz));

    vertex(constrain(Siz * cos(angle2), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle2), -Siz, Siz));

    endShape();

​

    rotate(180);

    beginShape(TRIANGLES);

    vertex(constrain(Siz * cos(angle1), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle1), -Siz, Siz));

    vertex(constrain(Siz * cos(angle2), -Siz, Siz), 0);

    vertex(0, constrain(Siz * sin(angle2), -Siz, Siz));

    endShape();

    pop();

  }

}